Suncoast Energy Blog

The Different Home Wiring Types and What They Mean

Tue, 26 Aug 2025 01:41:08 GMT

Electrical Hazards For Older Homes In Los Angeles

Tue, 04 Mar 2025 06:59:32 GMT

Upgrading Two Pronged Outlets

Sat, 01 Mar 2025 02:39:23 GMT

Why You Should Upgrade Your Two-Pronged Outlets

Two-pronged outlets were once the standard in homes, but in today's modern world, they are inconvenient and pose a risk of electrical shock or fire. If you still have these ungrounded outlets in your home, you might be wondering if upgrading is worth the hassle. The truth is, replacing your two-pronged outlets should be at the top of your to-do list. Let’s dive into why upgrading to grounded three-prong outlets is a smart move for safety, convenience, and modern living.

Why Do Some Homes Still Have Two-Pronged Outlets?

Ever tried plugging in a three-pronged device only to realize your home still has outdated two-pronged outlets? You’re not alone. Common in homes built before the 1960s, these outlets have only two slots—one for the hot wire and one for the neutral wire. What’s missing? A grounding wire. Without it, your electrical system lacks a critical safety feature that helps prevent shocks and protects appliances from power surges.

Are Two-Pronged Outlets Actually Dangerous?

Short answer? Yes. Here’s why:

Increased risk of electrical shocks – If an appliance malfunctions, the excess electricity has nowhere to go, meaning you could get zapped.

No protection from power surges – Your expensive electronics are more vulnerable to damage if your outlets aren’t grounded.

Potential fire hazards – Without proper grounding, faulty wiring or an electrical surge could increase the risk of fire.

So, while your old-school outlets might still technically work, they pose real dangers that shouldn’t be ignored.

If you’re thinking about making the switch, you have a few options:

Upgrade to a Three-Prong Outlet with Proper Grounding

The best way to future-proof your home is by replacing outdated outlets with modern, grounded three-prong outlets. This upgrade typically requires running a ground wire to ensure everything is up to code.

Install a GFCI Outlet as an Alternative

If rewiring isn’t in the budget, a Ground Fault Circuit Interrupter (GFCI) outlet is a great alternative. While it won’t provide true grounding, it shuts off power if it detects a ground fault, making it much safer than an ungrounded outlet.

Use a Plug Adapter (But Think Twice Before Doing This)

You might be tempted to use a simple two-to-three-prong adapter, but this isn’t a real solution. It won’t provide true grounding, meaning you’re not actually solving the safety issue. At best, it’s a temporary fix—not a long-term one.

Do You Have to Upgrade?

If you live in an older home, you’re probably not legally required to replace your two-prong outlets unless you’re doing major electrical work. However, if you’re planning to sell your home, modern buyers (and home inspectors) will likely flag ungrounded outlets as a concern. Plus, upgrading your outlets and properly grounding your electrical system can improve safety and even add value to your home.

How Much Does It Cost to Upgrade?

The cost of replacing your two-pronged outlets depends on a few factors:

How many outlets need replacing
Whether or not there’s existing ground wiring
Labor costs for an electrician
On average, upgrading a single outlet can cost between $100–$300, but rewiring an entire home for proper grounding can be a more significant investment. That said, the peace of mind and safety improvements make it well worth considering.

Final Thoughts: Understanding Your Next Steps

Upgrading from two-pronged outlets to grounded alternatives is an important step in improving your home’s electrical safety. While it may require some investment, it enhances protection for your appliances and reduces risks associated with outdated wiring. If you're unsure about your options, consulting with an electrician can help you determine the best approach for your home.

Replacing Your Home Fuse Panel: A Complete Guide

Wed, 27 Nov 2024 03:37:07 GMT

Created: Nov 26, 2024 | By: Elias Vela

Replacing Your Home Fuse Box: A Complete Guide

Is your home still relying on an outdated fuse box? While these systems were standard in the past, modern electrical needs often surpass their capacity and safety standards. Upgrading your home’s fuse panel to a modern circuit breaker panel is a vital step for improving safety, efficiency, and compliance with current electrical codes. This guide provides everything you need to know about replacing your fuse panel.

Why Replace Your Fuse Box?

1. Safety Concerns

Old fuse boxes are more prone to overheating, short circuits, and electrical fires. They lack modern safety features like circuit breakers, ground fault protection, and arc fault detection, which significantly reduce the risk of electrical hazards.

2. Increased Power Demands

Today’s electrical devices and systems, such as EV chargers, air conditioners, and high-power appliances, require more capacity than fuse boxes can handle. Upgrading ensures your home’s electrical system can meet these demands without overloading.

3. Code Compliance

Fuse panels often do not meet modern electrical codes. Upgrading your panel ensures compliance, which is essential for safety and required for selling your property.

Signs It’s Time to Replace Your Fuse Box

Frequent blown fuses.

Flickering or dimming lights.

Burn marks or discoloration near the panel.

Buzzing or humming sounds coming from the fuse box.

Difficulty finding replacement fuses.

Home additions or renovation projects requiring additional circuits.

Steps to Replace Your Fuse Panel

1. Assess Your Current System

A licensed electrician will inspect your existing electrical panel, wiring, and power needs. This evaluation helps determine the appropriate panel size and features for your home.

2. Request a Meter Spot

If required, your utility provider (e.g., Edison or DWP) will need to designate the location for the new electrical meter panel by requesting a meter spot . Suncoast Energy can assist with scheduling and coordinating this step for a smooth upgrade process.

3. Obtain Permits

Electrical panel replacements require permits to ensure compliance with local codes. Most licensed electricians handle this step as part of their service.

4. Choose a Modern Circuit Breaker Panel

Modern panels come with advanced features to meet your home’s needs, including:

Amperage Options : Panels typically range from 100 to 200 amps for residential homes.

Safety Features : Built-in Arc Fault Circuit Interrupters (AFCIs) and Ground Fault Circuit Interrupters (GFCIs).

Future Capacity : Space for future upgrades or additions.

5. Prepare for Installation

The electrician will disconnect your old fuse panel, carefully labeling and organizing the existing wiring to ensure a smooth transition.

6. Install the New Panel

The new breaker panel will be mounted, and circuits reconnected. Additional circuits may be added if needed to accommodate your home’s power requirements.

7. Inspection and Final Connections

After installation, the panel will undergo inspection to ensure it meets all safety and code standards. Once approved, the utility company will reconnect the power.

Costs of Replacing a Fuse Panel

The cost of replacing a fuse panel depends on several factors, including:

Panel Size : A 100-amp panel is typically less expensive than a 200-amp upgrade.

Number of Circuits : Homes requiring additional circuits may incur higher costs.

Additional Upgrades : Wiring replacements or other system improvements.

Permitting Fees : Costs vary by location.

On average, replacing a fuse panel costs between $1,500 and $3,500, depending on the complexity of the job.

Benefits of Replacing Your Fuse Panel

Enhanced Safety : Reduced risk of electrical fires and hazards.

Improved Reliabilit y: Say goodbye to frequent blown fuses or overloaded circuits.

Increased Home Value : Modern electrical systems are appealing to potential buyers.

Energy Efficiency : Support for advanced, energy-saving appliances.

DIY vs. Hiring a Professional

Replacing a fuse panel requires specialized knowledge of electrical systems, safety standards, and local codes. Attempting a DIY replacement can result in serious safety risks and non-compliance issues. Hiring a licensed electrician ensures your fuse box upgrade is done safely and correctly.

If you’re ready to upgrade your fuse panel , contact Suncoast Energy today. Our team special

FAQs About Fuse Panel Replacement

Conclusion: Upgrade for a Safer, Smarter Home

Replacing your home’s fuse box with a modern circuit breaker panel is an investment in safety, efficiency, and peace of mind. With the help of a licensed professional, this essential upgrade can be completed smoothly, providing long-term benefits for your home.

If you’re ready to upgrade your fuse box, contact Suncoast Energy today. Our team specializes in safe, code-compliant electrical panel upgrades tailored to your home’s unique needs. Let us bring your home’s electrical system into the 21st century!

What Are GFCI and AFCI Breakers, and Why Are They Important?

Sun, 17 Nov 2024 03:37:23 GMT

Created: Nov 16, 2024 | By: Elias Vela

What Are GFCI and AFCI Breakers, and Why Are They Important?

When considering a home rewire or upgrading your electrical system, incorporating modern safety devices like GFCI (Ground Fault Circuit Interrupter) and AFCI (Arc Fault Circuit Interrupter) breakers is essential. These advanced breakers not only enhance the safety of your home but also comply with modern electrical codes and provide peace of mind. Here’s an in-depth look at what GFCI and AFCI breakers are, their roles, and why they are crucial for your home.

What Is a GFCI Breaker?

A Ground Fault Circuit Interrupter (GFCI) breaker is a device designed to protect you from electrical shocks caused by ground faults. Ground faults occur when electricity strays from its intended path, such as when water contacts a live wire. GFCI breakers immediately cut power to the circuit if they detect even a tiny imbalance in the electrical current, preventing severe injury or electrocution.

Where Are GFCI Breakers Required?

GFCI breakers are typically required in areas where water and electricity are likely to come into contact, such as:

Kitchens
Bathrooms
Laundry rooms
Garages
Outdoor outlets

Key Benefits of GFCI Breakers:

Prevents Electrical Shocks: Essential for protecting family members from electrical hazards.

Protects Appliances: Reduces the risk of damage to appliances caused by short circuits or water exposure.

Code Compliance: Meets National Electrical Code (NEC) standards for new installations or rewires.

What Is an AFCI Breaker?

An Arc Fault Circuit Interrupter (AFCI) breaker is designed to prevent electrical fires caused by arc faults. Arc faults occur when electrical wiring is damaged or deteriorated, causing sparks that can ignite nearby materials.

Where Are AFCI Breakers Required?

AFCI protection is generally required for circuits in:

Bedrooms
Living rooms
Dens
Hallways

Key Benefits of AFCI Breakers:

Prevents Electrical Fires: Detects and interrupts dangerous electrical arcs before they cause fires.

Enhances Home Safety: Reduces the risk of fires in critical areas of the home, especially older properties with aging wiring.

Supports Modern Electrical Codes: Helps ensure compliance with updated safety regulations.

Why Are GFCI and AFCI Breakers Crucial in a Home Rewire?

Rewiring your home is an opportunity to upgrade to the latest safety standards, and including GFCI and AFCI breakers should be a top priority

Here’s why:

1. Enhanced Safety

Both breakers address unique hazards—GFCI for shocks and AFCI for fires—providing comprehensive protection for your home and family.

2. Modern Code Compliance

Current electrical codes mandate the use of GFCI and AFCI breakers in specific areas of the home. Upgrading ensures your home meets these standards, which is especially important if you plan to sell your home in the future.

3. Protection for Older Homes

Older homes often have outdated wiring that increases the risk of electrical hazards. Incorporating GFCI and AFCI breakers during a rewire can mitigate these risks, making your home safer.

4. Increased Property Value

A home with a modern, code-compliant electrical system is more attractive to buyers and may increase your property’s value.

Signs Your Home May Need a Rewire with GFCI and AFCI Breakers

Frequent circuit breaker trips
Outlets or switches feel warm to the touch
Burning smells or scorch marks near outlets
Flickering lights or inconsistent power
Lack of GFCI protection in wet areas

If you notice any of these signs, it may be time to consult a licensed electrician to assess your system and discuss upgrading to GFCI and AFCI breakers.

Conclusion

GFCI and AFCI breakers are critical safety devices that protect your home and family from electrical hazards. Whether you’re upgrading an older home or building a new one, these breakers should be a fundamental part of your electrical system. At Suncoast Energy , we specialize in home rewires and safety upgrades, ensuring your home is up to code and equipped with the latest safety technologies.

Ready to enhance your home’s safety? Contact Suncoast Energy today to schedule a consultation and take the first step toward a safer, smarter electrical system!

Electrical Panel Upgrades For EV Charging

Sun, 17 Nov 2024 02:57:14 GMT

Created: Nov 16, 2024 | By: Elias Vela

Electrical Panel Upgrades for EV Charging: What You Need to Know

As electric vehicles (EVs) become a cornerstone of modern transportation, the demand for efficient home charging solutions has surged. For many homeowners, installing a Level 2 EV charger or higher requires more than just a wall-mounted device—it often calls for an electrical panel upgrade . Understanding why this upgrade is crucial and how it aligns with utility incentives can streamline your transition to EV ownership while ensuring your home's electrical system is ready for the future.

Why Upgrade Your Electrical Panel for EV Charging?

Most homes are equipped with a 100-amp electrical panel, which is sufficient for standard household appliances and lighting. However, adding a Level 2 EV charger—or multiple EV chargers—significantly increases your electrical demand.

Level 2 vs. Level 1 Charging

Level 1 Charging: Uses a standard 120-volt outlet, providing slow charging speeds (4-5 miles of range per hour). This often doesn't require an upgrade.

Level 2 Charging: Requires a 240-volt outlet, delivering faster charging speeds (20-40 miles of range per hour) but demands a robust electrical system capable of handling higher power loads.

Electrical Load Capacity

Upgrading your home electrical panel to 200 amps ensures your home has enough electrical capacity to:

Power your EV charger(s)

Support existing appliances and systems without overloading circuits

Future-proof your home for additional electrical needs, such as home rewires or home additions

Key Benefits of Upgrading Your Electrical Panel

1. Faster, More Efficient Charging

Level 2 chargers reduce charging times dramatically, making it easier to integrate EV ownership into your daily routine. An upgraded panel ensures your charger operates at peak efficiency without interruptions.

2. Safety and Compliance

Older panels may struggle to handle the electrical load required for EV chargers, posing risks such as overheating or circuit tripping. Upgrading to a modern panel reduces these risks and helps your home meet current electrical codes.

3. Future-Proofing Your Home

As EV technology advances and homes incorporate more energy-efficient systems, having a higher-capacity panel sets the stage for seamless integration of new technologies.

Utility Incentives for EV Infrastructure

Upgrading your electrical panel can align with utility programs designed to promote EV adoption. Many utility companies offer rebates, tax credits, or reduced-rate programs for installing EV charging infrastructure. These incentives can significantly offset the cost of upgrading your panel and installing an EV charger.

Common Utility Incentives Include:

Rebates for EV Charger Installation: Some programs cover a portion of the cost of the charger and the associated electrical upgrades.

Time-of-Use (TOU) Rates: Special electricity rates for EV owners who charge during off-peak hours, reducing long-term energy costs.

Grants for Whole-Home Electrical Upgrades: In certain areas, utility companies provide funding for homeowners upgrading their panels to support EV charging.

To take advantage of these incentives, ensure your electrical panel upgrade and EV charger installation are completed by a licensed electrician familiar with your utility's requirements.

Steps to Upgrade Your Electrical Panel for EV Charging

Assess Your Current Electrical Panel: A licensed electrician will evaluate your panel's capacity and determine if an upgrade is necessary.

Plan for the Future: Consider your long-term electrical needs, such as additional EVs, solar power, or smart home systems.

Coordinate with Your Utility Provider: Identify available rebates and ensure your installation meets their eligibility criteria.

Upgrade and Install: Work with a certified professional to upgrade your panel and install the EV charger.

Enjoy Efficient Charging: With your upgraded system, you'll experience faster, safer, and more reliable EV charging.

Conclusion

Investing in an electrical panel upgrade for EV charging is a smart move that enhances your home's electrical capacity, ensures safety, and supports a greener lifestyle. Whether you're installing a single Level 2 charger or planning for future energy needs, a properly upgraded panel lays the groundwork for seamless EV integration.

Don't forget to explore utility incentives to make your upgrade more affordable. Partner with a qualified electrician to navigate the process, and you'll be well on your way to enjoying the full benefits of EV ownership.

Ready to upgrade your electrical panel for EV charging? Contact us today to schedule a consultation and make your home EV-ready!

The Importance of Grounding Your Home

Mon, 04 Nov 2024 05:29:16 GMT

Created: Nov 3, 2024 | By: Elias Vela

The Importance of Proper Grounding in Your Home: Safety, Stability, and Peace of Mind

Why Grounding Matters for Every Homeowner

When it comes to home safety, most people think about smoke detectors, security systems, or even insurance policies. But one critical aspect that often gets overlooked is the electrical grounding system of your home. Proper grounding is a fundamental component of your electrical system, playing a vital role in protecting your family and property from potentially dangerous electrical hazards.

In this blog, we’ll explore what grounding is, why it’s essential, and how to ensure your home’s grounding system is up to code and functioning properly.

What is Electrical Grounding?

Electrical grounding refers to the process of connecting an electrical system to the earth, providing a safe pathway for excess electricity to disperse. This connection prevents the buildup of dangerous voltages within your home and ensures that any electrical faults are safely directed away from your living spaces.

Without proper grounding, your home’s electrical system becomes vulnerable to a range of issues, including:

Electric Shocks: Without grounding, stray electrical currents may escape the wiring system and cause electric shocks when touching metal objects or appliances.

Fire Hazards: Electrical faults or surges that aren’t properly grounded can cause sparks or overheating, leading to potential fire hazards.

Damage to Electronics: Power surges or lightning strikes can severely damage or destroy electronic devices if your home’s electrical system is not adequately grounded.

The Benefits of a Properly Grounded Home

Investing in a proper grounding system offers numerous benefits, from enhancing safety to protecting your home’s valuable electronics. Here are some of the key advantages:

Enhanced Safety

The primary benefit of grounding is the increased safety it provides by reducing the risk of electric shock. Grounding directs stray electrical currents safely into the earth, preventing them from posing a danger to your family.

Protection Against Electrical Surges

Grounding protects your home from electrical surges caused by lightning strikes, power outages, or internal electrical issues. This helps to protect your appliances, electronics, and electrical systems from damage.

Improved System Reliability

A properly grounded electrical system is more stable and less prone to unexpected outages or malfunctions. This means fewer disruptions to your daily life and a reduced risk of costly repairs.

Code Compliance

Electrical codes and regulations mandate proper grounding for a reason—it’s essential for safety. Ensuring your home meets these standards not only keeps you safe but also helps maintain your property’s value.

Signs Your Home’s Grounding May Be Inadequate

It’s not always obvious when your home’s grounding system is inadequate, but there are some warning signs that you should be aware of:

Frequent Tripped Breakers : If your circuit breakers are tripping more often than usual, it could indicate a grounding problem.

Flickering Lights : Lights that dim or flicker, especially when using other electrical devices, can be a sign of grounding issues.

Electrical Shocks : Experiencing mild electric shocks when touching appliances or light switches is a clear indicator that something is wrong with your home’s grounding.

Buzzing or Humming Sounds : Unusual sounds coming from outlets or electrical panels can signal a grounding problem that needs immediate attention.

How to Ensure Your Home is Properly Grounded

If you suspect your home’s grounding system may be inadequate or outdated, it’s essential to have it inspected by a licensed electrician. Here are the steps you can take to ensure your home is safely grounded:

Professional Grounding Inspection

Schedule a comprehensive inspection with a qualified electrician. They’ll assess your current grounding system, identify any issues, and provide recommendations for improvements.

Ground Resistance Testing

A professional can perform ground resistance testing to ensure your grounding system is functioning properly. This test measures the resistance of the ground connection and confirms that it can effectively disperse electrical energy.

Upgrading the Grounding System

If your home’s grounding system doesn’t meet modern standards or is showing signs of wear, upgrading it is essential. This may involve installing new grounding rods, upgrade outdated wiring , or adding additional safety features like surge protectors.

Regular Maintenance

Like any other part of your home, your grounding system requires regular maintenance. Schedule periodic inspections to ensure everything remains in top condition and compliant with the latest safety standards.

Why Professional Grounding Services Are Essential

Some DIY home owners and contractors tend to ground the outlet to the box, this does show on a plug test that the outlet is grounded. In reality, this kind of work around does not adequately meet code requirements. A false ground is not a safe ground. Electrical grounding is not an area where you should cut corners. Proper grounding requires knowledge, tools, and expertise to ensure it’s done correctly. Hiring a professional ensures that your home’s electrical system is safe, reliable, and compliant with all relevant codes.

At Suncoast Energy, our experienced electricians specialize in providing top-tier grounding services. Whether you need a new grounding system installed, an inspection of your existing system, or repairs and upgrades, we have the expertise to keep your home safe and secure.

Dont Neglect Your Home’s Grounding System

Grounding is a critical, yet often overlooked, aspect of your home’s electrical system. Ensuring your home is properly grounded protects you and your family from electrical hazards, preserves your valuable electronics, and keeps your electrical system running smoothly.

If you haven’t had your home’s grounding system inspected or if you’re experiencing any of the warning signs mentioned above, don’t wait—contact a professional today. The peace of mind that comes from knowing your home is safe is well worth the investment.

For expert grounding services and more, reach out to Suncoast Energy. We’re here to help you protect what matters most.

Step By Step Guide: What To Expect During A Panel Upgrade

Mon, 04 Nov 2024 03:53:28 GMT

Step-by-Step Guide: What to Expect During an Electrical Panel Replacement

Replacing a home electrical panel can seem like a daunting task, but understanding the process can help ease concerns and ensure you know what to expect. Whether you’re upgrading an outdated Zinsco or Federal Pacific panel, replacing a home fuse box, or simply looking to boost your electrical capacity, this step-by-step guide will walk you through the entire process of a home panel replacement.

Initial Assessment and Inspection

The first step in replacing a home electrical panel is a thorough inspection by a licensed electrician to ensure.

This assessment involves:

Evaluating the Existing Panel: The electrician will inspect your current panel to determine its condition, age, and compatibility with modern electrical standards. This is crucial, especially if you have an older Zinsco or Federal Pacific panel, which are known to pose electrical faults and safety risks.

Assessing Electrical Load: The electrician will calculate your home’s electrical load requirements to determine the appropriate panel size for your needs. This step is essential if you’re considering future upgrades, like adding EV charging or solar panels.

Identifying Potential Issues: During the inspection, the electrician will look for outdated wiring, signs of corrosion, or any code violations that need to be addressed during the home panel change.

Choosing the Right Electrical Panel Panel

After the assessment, the electrician will recommend the right type and size of panel for your home. This could range from a standard 100-amp panel to a 200-amp panel, depending on your home’s electrical needs. Key considerations include:

Panel Amperage : Depending on the size of the house 200 amp may not be necessary, 100 amp may be sufficient.

Brand Selection : Both Siemens and SquareD electrical panels are reliable and will last a lifetime.

Surface or Flush Mount : Some owners desire the panel service riser to be hidden in the wall along with the panel being flush.

Future Proofing : Ensuring the panel has enough capacity to handle future upgrades, like additional circuits or smart home devices and EV chargers.

Obtaining Permits and Scheduling the Replacement

Before any work can begin, the electrician must obtain the necessary permits. This ensures that the replacement complies with local building codes and safety standards. Once permits are secured:

Scheduling the Replacement: The electrician will coordinate with you to find a suitable time for the replacement, as power to your home will be temporarily disconnected.

Power Shut-Off and Safety Preparations

On the day of the replacement, the electrician will start by shutting off the power to your home. Safety is the top priority, and this step is crucial to avoid any electrical hazards. The process includes:

Disconnecting Power from the Utility: The utility company may need to disconnect the power supply to your home, depending on your service arrangement.

Testing and Securing Circuits: The electrician will test all circuits to ensure they are safely de-energized before beginning work.

Removing the Old Panel

With the power off and safety measures in place, the old panel is carefully removed:

Disconnecting All Circuits: Each circuit is disconnected from the old panel. This step involves carefully labeling each wire to ensure accurate reconnection in the new panel.

Removing the Panel Box: The panel box is unscrewed and removed from the wall, along with any outdated components like fuse boxes or obsolete breakers.

Installing the New Electrical Panel

The new panel is then installed in place of the old one. This step involves:

Mounting the New Panel: The new panel is securely mounted in the same location as the old panel, or in a new spot if necessary.

Connecting Circuits: Each circuit is reconnected to the appropriate breaker in the new panel, following the labels and wiring plan created during the removal process.

Upgrading Components: If necessary, the electrician may upgrade other components, such as the grounding system or main service lines, to ensure compliance with current codes.

Testing and Inspection

After the installation is complete, the electrician will conduct a series of tests to verify that the new panel is functioning correctly:

Testing Each Circuit: Each breaker is tested to ensure it is properly connected and operating as expected.

Load Testing: The entire panel is tested under load to confirm it can handle the home’s electrical demands.

Final Inspection: A final inspection by the local building authority is typically required to certify that the installation meets all safety and code requirements.

Restoring Power and Final Walkthrough

Once the new panel has passed inspection, power is restored to your home. The electrician will conduct a final walkthrough to:

Explain the New Panel: Show you the layout of the new panel, including which breakers control specific circuits.

Provide Maintenance Tips: Offer advice on how to maintain the panel and what to do if a breaker trips in the future.

Answer Questions: Address any questions or concerns you may have about the new installation.

Why You Should Consider Replacing an Outdated Panel

Upgrading your home electrical panel is not just about safety; it’s about enhancing the overall functionality of your home’s electrical system. Replacing a Zinsco or Federal Pacific panel, or upgrading from a home fuse box, can provide peace of mind and improve your home’s resale value. Modern panels are designed to support the electrical demands of today’s technology, from high-efficiency appliances to smart home devices and EV charging stations.

Conclusion

Replacing your home electrical panel is a significant upgrade that requires professional expertise and careful planning. By understanding each step of the process, you can make informed decisions and ensure that your home is equipped with a safe and reliable electrical system for years to come.

Whether you’re considering a home panel upgrade , replacing a Zinsco panel, or upgrading from a fuse box, it’s important to work with a qualified electrician who can guide you through the process and deliver a high-quality installation that meets your needs. For expert advice and top-notch service, don’t hesitate to reach out to Suncoast Energy for your electrical panel upgrade needs.

Common Business Electrical Violations

Wed, 09 Oct 2024 03:41:22 GMT

Common Business Electrical Violations and How Suncoast Energy Can Help

As a business owner in Los Angeles, ensuring your property meets fire and electrical safety codes is critical—not only to avoid fines and citations but to protect your employees, customers, and assets. Electrical systems are a significant focus during fire department audits, and even minor violations can lead to severe consequences, such as penalties, increased insurance costs, or worse, fire hazards.

At Suncoast Energy, we specialize in identifying and resolving electrical issues that could lead to citations or safety risks. Below are the most common electrical violations businesses face during fire department audits, along with the California Electrical Code (CEC), National Electrical Code (NEC), and California Fire Code (CFC) references to ensure compliance.

1. Overloaded Circuits

Overloading circuits is one of the most common fire hazards. This occurs when too many appliances or devices are connected to one circuit, causing it to overheat, which is a violation of CEC 220.40 and NEC 220.42.

How We Help:

We’ll assess the electrical load on your circuits to ensure your system is properly sized. If needed, we can install additional circuits to balance the load and prevent overload, keeping your system compliant and safe.

2. Improper Use of Extension Cords

Extension cords are for temporary use only, yet many businesses use them as permanent wiring, which violates CFC Section 605.5 and NEC 400.8. Extension cords that are overloaded or improperly placed can lead to overheating and fires.

How We Help:

We can install additional outlets and eliminate the need for extension cords used as permanent wiring solutions. This will help you stay compliant with NEC and CEC regulations and improve safety.

3. Exposed or Damaged Wiring

Exposed or damaged wiring is a serious safety hazard that violates CEC 110.12(B), NEC 110.12(B), and CFC Section 605.6. These wires are prone to sparks, which can ignite nearby materials and cause fires.

How We Help:

Our licensed electricians will inspect your wiring system for any damage or exposure. We’ll repair or replace faulty wiring to bring your system up to code and ensure safety for your business.

4. Missing or Damaged Panel Covers and Dead Front Covers

Breaker panels and electrical boxes need to have intact and complete panel covers and dead front covers to protect against accidental contact with live energized parts. Missing or damaged covers violate CEC 110.27, NEC 110.27, and CFC Section 605.3.

What Are Electrical Panel Covers and Dead Front Covers?

Panel Covers: The outer covers of electrical panels that prevent direct access to internal wiring and components.

Dead Front Covers: The interior covers inside the panel that prevent accidental contact with live electrical parts when the panel is opened.

How We Help:

We ensure that all electrical panels in your building have intact panel covers and dead front covers. If any covers are missing or damaged, we can order and replace them to restore the safety and compliance of your system.

5. Non-Functioning Ground Fault Circuit Interrupters (GFCIs)

GFCIs are required in areas where electricity and water come into contact, such as kitchens, bathrooms, and outdoor areas. Missing or non-functioning GFCIs violate CEC 210.8, NEC 210.8, and CFC Section 605.9.

How We Help:

We will test and install new GFCI outlets where required to ensure your business is compliant. This reduces the risk of electrical shock and meets the safety standards set by both CEC and NEC.

6. Improper Breaker Panel Maintenance

Breaker panels need to be accessible, clearly labeled, and free from obstructions. A poorly maintained or obstructed breaker panel violates CEC 110.26, NEC 110.26, and CFC Section 605.3.1.

How We Help:

We’ll inspect your breaker panels to ensure they’re properly maintained, clearly labeled, and accessible. Maintaining your panels according to code is critical for both everyday use and emergency situations.

7. Missing or Incorrect Panel Labeling

Proper panel labeling is crucial for identifying circuits during maintenance or emergencies. Missing or incorrect labeling violates CEC 408.4(A), NEC 408.4(A), and CFC 605.3, as it delays emergency response and increases the risk of mistakes.

How We Help:

We’ll ensure that every circuit in your breaker panel is clearly labeled according to code. Proper labeling helps your staff and emergency responders act quickly and accurately in case of an emergency.

8. Use of Unapproved Electrical Equipment

Using electrical equipment that hasn’t been approved by certified safety organizations like UL violates CFC Section 605.7 and NEC 110.3(B). Unapproved equipment can malfunction or fail to meet safety standards, increasing the risk of fire or shock.

How We Help:

We will evaluate your equipment to ensure it’s UL-certified or meets other necessary safety standards. If we find unapproved equipment, we’ll recommend certified replacements that comply with CEC and NEC regulations.

9. Inadequate Electrical Panel Clearance

According to CEC 110.26(A) and NEC 110.26(A), electrical panels must have a minimum of 36 inches of clear space in front of them to allow for safe access. Storing materials too close to electrical panels can obstruct access and lead to a citation.

How We Help:

We’ll inspect your electrical panels to ensure they have the proper clearance. Keeping a clutter-free area around electrical panels is essential for safety, especially during emergency repairs or inspections.

10. Outdated or Faulty Breakers

Older electrical panels and circuit breakers, such as Zinsco or Pushmatic models, have a history of malfunctioning and are no longer compliant with modern safety standards. Outdated or faulty breakers violate CEC 240.83 and NEC 240.83.

How We Help:

We can replace outdated or unreliable breakers with modern, code-compliant models. This will not only keep your business safe but also help you avoid citations during fire department audits.

11. Improper Electrical Grounding

Proper grounding is critical for safety. Improper electrical grounding violates CEC 250.4(A), NEC 250.4(A), and creates serious fire and shock risks.

How We Help:

Our electricians will inspect your grounding system to ensure it meets all necessary safety standards. If there are any issues, we’ll make the required repairs or adjustments to ensure compliance.

12. Failure to Conduct Regular Electrical Inspections

Routine inspections are necessary to identify and fix potential hazards before they lead to violations or safety issues. Neglecting inspections violates CEC 110.3(A) and NEC 110.3(A).

How We Help:

We offer regular electrical inspections to ensure your business stays compliant and safe. Our proactive approach will help you avoid citations and minimize the risk of electrical failures or fire.

Stay Compliant and Safe with Suncoast Energys help .

At Suncoast Energy Inc. , we’re experts in ensuring your business’s electrical system is safe, compliant, and ready for any fire department inspection. Our licensed electricians have the knowledge and experience to help you avoid costly violations and protect your business from electrical hazards.

The History of Zinsco Breaker Panels: A Cautionary Tale in Electrical Safety

Sun, 22 Sep 2024 08:46:01 GMT

Posted: Sep 22, 2024 | By: Elias Vela

The History of Zinsco Breaker Panels: A Cautionary Tale in Electrical Safety

Zinsco breaker panels have become somewhat infamous in the electrical world, often discussed more for their faults than their innovations. Yet, understanding their history offers valuable insights into the evolution of electrical safety standards and the importance of rigorous product testing and certification. In this blog, we’ll explore the rise, fall, and legacy of Zinsco breaker panels.

The Birth of Zinsco Panels

The Zinsco Electric Company was founded by Emile Zinsmeyer in 1943, during a time of rapid industrial expansion in the United States. The company initially enjoyed success, riding the post-World War II housing boom. Zinsco breaker panels were widely installed in homes and businesses throughout the 1950s to the 1970s, becoming a common fixture in many electrical systems.

Zinsco panels were appreciated for their streamlined design and ease of use. The breakers could be easily snapped into place, which was a significant selling point for contractors and electricians of that era. However, as time would tell, the simplicity in design came at a significant cost.

Design Flaws and Safety Concerns

The primary issue with Zinsco breaker panels lies in their aluminum bus bars and the way the breakers connect to them. Aluminum is more prone to corrosion and oxidation than copper, especially in the presence of moisture. Over time, the connection between the breakers and the bus bars can deteriorate, leading to electrical arcing, overheating, and in some cases, fires.

One of the most significant concerns is that Zinsco breakers may fail to trip in the event of an overload or short circuit. This failure negates the primary safety function of a breaker panel, which is to protect the electrical system and prevent fires. In a Zinsco panel, instead of tripping, the breaker might remain stuck in the “on” position, allowing dangerous levels of electricity to flow through the wiring unchecked.

The Decline of Zinsco

By the 1970s, issues with Zinsco panels began to surface more frequently. Reports of electrical fires and other safety hazards became more common, leading to a growing concern within the industry. As newer, safer technologies became available, Zinsco’s market share started to decline.

Eventually, Zinsco was acquired by Sylvania, which continued to produce the panels under the Sylvania-Zinsco brand for a short period. However, the mounting evidence of safety issues could not be ignored, and production was eventually discontinued in the mid-1980s.

Zinsco Panels Today: A Liability for Homeowners

Despite being out of production for decades, Zinsco panels are still found in many older homes. For homeowners and real estate professionals, discovering a Zinsco panel can be a red flag. Many electricians strongly recommend replacing your Zinsco electrical panel due to the significant fire risk they pose.

For those in the business of electrical upgrades or inspections, Zinsco panels represent both a challenge and an opportunity. Identifying and replacing these outdated panels can prevent potential disasters and provide peace of mind for homeowners. Moreover, the history of Zinsco serves as a powerful reminder of the importance of ongoing product testing and the adoption of modern safety standards.

Zinsco Panel FAQs

If you’re concerned about the safety of your electrical panel, you’re not alone. Zinsco panels were once a popular choice, but today they are widely regarded as outdated and potentially hazardous. Below, we answer some of the most common questions about Zinsco panels to help you better understand your system.

Concerned About Your Zinsco Panel?

If you believe you may have a Zinsco panel, don’t wait to have it inspected. These panels are known to have safety risks, including breaker failure and fire hazards. Contact us today to schedule a professional inspection and discuss safe, code-compliant replacement options. Your peace of mind starts with a simple call.

Top 5 Essential Electrician Tools

Thu, 05 Sep 2024 23:57:29 GMT

Top 5 Essential Electrician Tool's For The Job

1. Fluke Non-Contact Voltage Tester

The Fluke non-contact voltage tester is an electrician’s best friend. One of the first additions to any arsenal, a non-voltage tester is essential for checking the voltage without coming into contact with anything energized. The Fluke 2AC non-contact voltage tester is small, sleek and easy to use, and it detects voltages from 90 and 1,000 V AC. With a handy clip design for portability, this useful tool fits in your pocket or clips onto a tool belt. There is an optional battery check function, which enables you to check the condition of the cell before use. When exposed to outlets, power cords and terminal strips, the tester will glow red.

2. Fluke T6-1000 Electrical Tester

An incredibly useful tool for maximizing efficiency and promoting safety, the Fluke T6-1000 electrical tester is used for detecting voltage using probes. With this tool, you can measure voltage up to 1000 V AC through open forks, with no need for test leads. This piece of equipment is designed to speed up the testing process, as it eliminates the need to open covers and remove wire nuts. As well as offering detection capabilities, this tool also measures AC voltage using innovative FieldSense technology. Ideally suited to remote working, you can use this tool anywhere, as it boasts a 17.8mm open fork. Often, when you work as an electrician, time is of the essence and clients want results fast. With innovations like the Fluke T6-1000 tester, you can work faster without jeopardizing safety or compromising standards.

3. Ideal Conduit Bender

A critical element for electrical conduit installation, the Ideal conduit bender is designed to bend conduit pipes to fit all corners, passageways, ceilings and walls. Learning to bend conduits is an essential skill for electricians, and the task is made much simpler by this versatile tool. The Ideal conduit bender boasts a host of features that enable electricians to achieve perfect bends, no matter the setting. Featuring precision marks and star, arrow and rim notches, the head of the bender has clear visibility markings, and the handle is built to stand the test of time. The blue enamel finish on the handle maximizes durability and longevity, and it is also resistant to corrosion. The head is also hard-wearing, as it is heat-treated for optimum strength and it features reinforced stress patches. The Ideal conduit bender utilizes the industry-standard Benfield bending system for impressive results time after time.

4. Klein Lineman’s Pliers

Often considered the Swiss army knife or the hammer of the electrician’s toolkit, the Klein Lineman’s pliers have a vast range of uses. These 9-inch pliers, which feature high-leverage design, offer up to 46% more cutting and gripping power than standard pliers. The cutting knives and precision plier head are strengthened for improved durability and toughness, and the handle is tempered to absorb pressure when cutting through wires. The soft-grip handle provides comfort, and handles are color-coded to help electricians figure out which tool to use quickly and efficiently. The beauty of this tool is its versatility. You can spin wire nuts, pull wires and cut screws, nails and ACSR. These pliers are designed for frequent use and heavy-duty cutting, and they represent an excellent long-term investment. Every element of the design takes the demands of the job into consideration, providing safety, comfort and the ability to tackle a range of tasks seamlessly.

5. Ugly’s Electrical Reference

This isn’t a tool as such, but it should be part of every electrician’s kit. Known as the gold standard in electrical references, Ugly’s has been guiding electricians for over 35 years. Originally presented as a series of pocket guides, which were designed to provide rapid answers to frequently asked questions as part of a toolbox library, Ugly’s references have moved with the times, and electricians and construction workers can now access them digitally. Ugly’s products are available for Android and iOS users, and you can download apps or browse the Ugly’s Electrical References ebook. This resource covers a broad spectrum of topics and subjects, including conduit bending formulae, motor sizing formulae, code and much, much more. The aim is to provide swift, easy access to accurate information, guidance and advice and tutorials to increase productivity, minimize risks, maintain high standards of workplace safety and ensure workers are up to date with code. The apps and ebooks provide interactive tutorials, videos and calculators, which provide answers and offer tips at the click of a button. This is a fantastic tool for those out in the field, those learning the ropes and those keen to continue to hone their skills through professional development. Think of it as a virtual one-stop-shop for all your questions and queries.

Summary

Electricians utilize tools on a daily basis to undertake a wide range of jobs and projects. There are several different types of tools available to professionals, but some are more widely used than others. The five tools mentioned in this guide are recognized as essential kit, with electricians employing them to promote safety, boost efficiency and achieve objectives. These tools make the process of tackling tasks simpler, minimize safety risks and increase the chances of a successful outcome. From voltage and electrical testers to conduit benders and versatile pliers, every electrician should have easy access to this equipment. In addition, the Ugly’s Electrical References is a fantastic go-to guide if you have questions, or you need to make calculations or check a formula on the go.

Top 5 Level 2 EV Home Chargers for 2024: Powering Your Electric Journey

Tue, 13 Aug 2024 05:25:58 GMT

Top 5 Level 2 EV Home Chargers for 2024: Powering Your Electric Journey

As electric vehicles become a more common necessity, choosing the right home charger has never been more crucial. Level 2 chargers offer a significant upgrade in charging speed over standard Level 1 chargers, making them a popular choice for EV owners. In 2024, several top-performing Level 2 EV home chargers are standing out for their reliability, advanced features, and user-friendly design. Here’s a rundown of the top 5 Level 2 EV home chargers you should consider this year.

1. JuiceBox 40 Smart EV Charger

Key Features:

Output: 40 amps
Connectivity: Wi-Fi and smart app integration
Compatibility: Works with all EVs
Certifications: UL listed and Energy Star certified

The JuiceBox 40 has been a favorite for several years, and it continues to impress in 2024. With its robust 40-amp output, this charger can provide up to 9.6 kW of power, making it suitable for most EVs. The smart app integration allows for remote control, scheduling, and monitoring, making it easy to manage your charging sessions. It also supports voice control via Amazon Alexa and Google Home.

2. ChargePoint Home Flex

Key Features:

• Output: Adjustable from 16 to 50 amps

• Connectivity: Wi-Fi enabled with app control

• Installation: Flexible installation options

• Warranty: 3-year warranty

The ChargePoint Home Flex stands out for its versatility. It offers adjustable charging speeds, from 16 to 50 amps, allowing you to tailor the power output to your home’s electrical capacity and your EV’s needs. The app provides detailed insights into energy usage, and the charger integrates seamlessly with smart home systems. Its sleek design and flexible installation options make it a favorite for homeowners looking for both form and function.

3. Grizzl-E Classic EV Charger

Key Features:

• Output: 40 amps

• Durability: NEMA 4 rated for outdoor use

• Compatibility: Universal compatibility

• Warranty: 3-year warranty

The Grizzl-E Classic is built to last, making it a great choice for those who need a rugged, durable charger. With a NEMA 4 rating, it’s weatherproof and suitable for outdoor installations. This 40-amp charger provides reliable power, and while it lacks smart features, it makes up for it with robust performance and affordability. It’s a great choice for those who prefer simplicity and durability over advanced tech features.

4. Enel X JuiceBox 48

Key Features:

• Output: 48 amps

• Connectivity: Wi-Fi, app, and smart home integration

• Features: Energy management capabilities

• Compatibility: Universal for all EVs

Enel X’s JuiceBox 48 is an upgrade from the popular JuiceBox 40, offering higher output at 48 amps. This makes it ideal for EVs with larger batteries that require faster charging times. The advanced energy management features allow you to optimize charging schedules, especially in homes with solar power systems. The smart connectivity features ensure you have full control over your charging, making it an excellent choice for tech-savvy users.

5. Emporia Smart Home EV Charger

Key Features:

• Output: 48 amps

• Connectivity: Wi-Fi and app control

• Energy Monitoring: Real-time energy usage tracking

• Compatibility: Compatible with all EVs

The Emporia Smart Home EV Charger is a top contender for those looking to integrate their EV charging with a broader home energy management system. Offering 48 amps of power, it’s capable of charging at up to 11.5 kW. What sets Emporia apart is its advanced energy monitoring features, which give you detailed insights into your home’s energy consumption, including your EV’s charging. It’s an excellent choice for homeowners who want to optimize energy use and reduce costs.

In Conclusion...

Choosing the right Level 2 EV home charger depends on your specific needs—whether you prioritize speed, smart features, durability, or energy management. The options listed above are among the best in 2024, each offering unique benefits that cater to a variety of users. Whether you’re a tech enthusiast looking for the latest smart features or someone who values simplicity and ruggedness, there’s a charger on this list that will meet your needs and keep your EV powered up and ready to go.

Here's a table summarizing the charging specs for each of the top 5 Level 2 EV home chargers in 2024:

Top 5 Best Level 2 EV Home Charger FAQ

Getting A Meter Spot: Guide

Sat, 10 Aug 2024 06:55:15 GMT

What Is a Meter Spot and How Do I Get One?

A meter spot is a process in the planning stages of a meter panel upgrade or installation. Getting a meter spot can be fairly easy depending on the extent of the upgrade. Once you obtain a meter spot, you can move forward with upgrading your meter panel.

To get a meter spot for your electrical panel, you'll need to follow a series of steps that typically involve coordination with your local utility company. Here's a general guide:

1. Determine the Need for a Meter Spot

If you're upgrading your electrical meter panel , adding a new service, or making significant changes to your electrical system, you'll likely need a meter spot.

Tip : When calling Edison Or DWP, have your increase in amperage(load) in hand to give the service planner over the phone.

2. Contact the Local Utility Company

Reach out to your local utility company to initiate the process. They will guide you on their specific requirements and procedures. This is usually done through their customer service or construction/engineering department.

Resource: DWP area map / Edison area map

3. Submit an Application

The utility company may or may not require you to submit an application. Usually if the new meter panel is 400 amps and larger, this usually requires an application, and also go through city planning. This may include:

Project details: Scope of work, type of service (residential/commercial), and load requirements.

Site plan: A drawing or blueprint showing the location of the electrical panel and the proposed meter spot.

Single line diagram: You will need to provide a single line diagram along with all panel schedules.

4. Site Pre-Planning

The utility company will send a service planner to the property to inspect the location of the existing meter location. They will check for compliance with local codes and regulations, accessibility, and safety. They will then put a sticker on the location of the new meter.

5. Approval and Meter Spot Assignment

Once approved, the utility company will assign a specific meter spot location. This location must be adhered to during installation.

6. Final Documentation

Keep all documentation and approvals on file, as they may be needed for future reference or inspections.

Once you obtain your meter spot location. You can then move forward to applying for an electrical permit with the local AHJ(authority having jurisdiction).

Tips: Consult with a Professional: Consider working with an experienced electrical contractor who is familiar with your local utility company's requirements.

Follow Local Codes: Make sure your installation adheres to the National Electrical Code (NEC) and any local amendments.

These steps can vary depending on the location and the specific requirements of the utility company you're dealing with.

Meter Spot FAQ

Home EV Charger Installation What To Expect And How To Prepare

Sat, 10 Aug 2024 04:05:14 GMT

Home EV Charger Installation: What To Expect and How To Prepare

As electric vehicles (EVs) continue to gain popularity, more homeowners are considering the convenience of installing a home EV charger. If you’re planning to join the growing community of EV owners with a dedicated charger at home, it’s important to understand what the installation process entails. This blog will guide you through what to expect, how to prepare, and key considerations to ensure a smooth EV charging installation experience.

1. The Initial Consultation and Assessment

The installation process typically begins with an initial consultation. During this stage, you’ll work with a certified electrician or EV charger installation professional to assess your home’s electrical system. Here’s what to expect:

Site Evaluation: The electrician will evaluate your garage or preferred charging location to determine the best placement for the charger. They’ll consider factors like proximity to your electrical panel, ampacity requirements, and potential obstacles.

Electrical System Assessment: The electrician will inspect your home’s electrical system to ensure it can handle the additional load from the EV charger. This includes checking the capacity of your main service panel, identifying available circuit spaces, and assessing overall system health.

Cost Estimate: After the evaluation, the electrician will provide a cost estimate that includes the charger, installation labor, any necessary electrical upgrades, and potential permit fees.

2. Understanding Permits and Regulations

Before installation, it’s crucial to obtain the necessary permits to comply with local regulations. Here’s a breakdown of what you might need:

Permits: Most jurisdictions require an electrical permit for EV charger installation. Suncoast Energy will help you navigate the permitting process, which may include submitting plans or documents to your local building department.

Inspections: After the installation, an inspection may be required to ensure that the work complies with local electrical codes. The inspector will verify that the installation is safe and meets all regulatory requirements.

Utility Notifications: If your EV installation is needing a panel upgrade for more added capacity, you will need to notify your utility company about the new installation. When contacting the utility company you will need to ask for a meter spot for the new 200 amp meter.

3. Preparing for Installation Day

Once the assessment is complete and permits are secured, it’s time to prepare for the installation itself. Here’s how you can get ready:

Clear the Area: Ensure that the area where the charger will be installed is clear of clutter and easily accessible. This includes moving vehicles, tools, or other items that might obstruct the workspace.

Plan for Power Outages: During installation, your power may need to be temporarily shut off. Plan accordingly by turning off sensitive electronics and informing household members about the scheduled outage.

Confirm Charger Location: Double-check the planned location of the charger with our electrician. Ensure that it’s convenient for daily use and consider future needs, like additional EVs or home renovations.

4. Installation Process

On the day of installation, the Suncoast Energy will handle the technical aspects, but it’s helpful to understand the general steps involved:

Electrical Upgrades: If your electrical panel requires upgrades to support the charger, this will be the first step. Upgrades might include increasing the panel’s capacity, adding a dedicated circuit, or installing a subpanel.

Charger Installation: Once the electrical work is complete, our Suncoast Electrician will mount the charger on the wall and connect it to your home’s electrical system. This step involves running wiring, installing a circuit breaker, and making necessary connections.

System Testing: After installation, the electrician will test the charger to ensure it’s functioning correctly. They’ll verify that the charger is delivering the appropriate voltage and current, and that it’s safe to use.

5. Post-Installation Considerations

With your new EV charger installed, there are a few final steps to complete:

Inspection (if required): If your local regulations require an inspection, schedule it promptly. The inspector will assess the work to ensure compliance with all safety codes and regulations.

Learn How to Use Your Charger: Suncoast Energy will walk you through the basics of operating your charger, including how to start and stop charging, monitor charging status, and use any smart features.

Register Your Charger: Some manufacturers offer warranties or extended support if you register your charger. Be sure to complete this step to take full advantage of any benefits.

6. Future-Proofing and Upgrades

As EV technology evolves, you may want to consider future-proofing your home for additional upgrades:

Higher-Capacity Chargers: If you plan to upgrade to a more powerful EV in the future, consider installing a charger with a higher capacity now to avoid additional work later.

Smart Chargers: Investing in a smart charger that integrates with your home automation system can provide additional convenience, such as scheduling charging times or monitoring energy usage.

Solar Integration: If you’re considering solar panels, discuss how to integrate your EV charger with solar energy to maximize efficiency and reduce costs.

Conclusion

Installing a home EV charger is a significant step toward embracing electric vehicle technology. By understanding the installation process and preparing accordingly, you can ensure a smooth and hassle-free experience. Whether it’s choosing the right location, securing permits, or upgrading your electrical system, a little preparation goes a long way in making your home EV-ready. With your new charger in place, you’ll enjoy the convenience of charging your vehicle at home, all while contributing to a more sustainable future.

Top 5 Best Level 2 EV Chargers 2022

Sat, 09 Apr 2022 00:16:16 GMT

Top 5 Best Level 2 EV Chargers 2022

Electric vehicles have grown in popularity over the last several years. In 2018, there were 1million electric vehicles on the road in the United States.

It’s no wonder why EVs have become so popular. They are quiet, easy to operate, and better for the environment. As the EV market continues to grow in 2021, many new electrical vehicle chargers are being brought to the market.

With the growing popularity of electric vehicles, more people are in need of EVSE for their homes or business. Thankfully, the prices for most chargers have come down significantly over the years. With that in mind, it’s still important to know what the best level 2 EV chargers for your vehicle are, so you can make a smart and informed decision. Let’s take a look at some of the best options.

1. ChargePoint Home Flex Electric Vehicle (EV) Charger

At #1 we have the ChargePoint Home Flex Electric Vehicle Charger is another model that people are willing to pay a higher price for because of its power and additional features. Let’s face it, an EV is an investment, so why not protect your investment in an EV charger, too?

This 240 volt charging station can charge your vehicle up to 9x faster than the standard vehicle cord-set, giving you a full charge whenever you need it most. But, that’s just the beginning of its notable features. Some of the other benefits you’ll get with this charger include:

• Works with all electric cars

• Comes with a ChargePoint app that allows you to set a schedule for charging

• The app also allows you to see all of your data in one place

• Utilizes Alexa voice control

• ENERGY STAR-certified

• Charges with up to 50 Amps

• You can pick your amperage and charging speed

This is another model that truly brings the term ‘smart charging station’ to life. You’re in full control with the ChargePoint Home Flex, and you can monitor everything from the palm of your hand.

2. Bosch EV400 Level 2 Plug in EV Charger

While the Bosch Level 2 Plug-in EV Charger might be the most expensive model on this list, the Bosch name alone should let you know the standard of this particular charger. With its compact and sleek looks, this Bosch charger is more than just a pretty face. Some of the most notable features include:

Works with nearly all electric vehicles in North America
On/off switch for energy efficiency
Multi-function LED lights for easy use
40 amps
25-foot cable industry maximum
7.6 kW
Thermal monitoring
Easy to relocate

You know you’re getting a model you can trust when you choose a Bosch charger, and this model is as slick as they come, with the power and special features to back it up.

3. ClipperCreek HCS-50 EVSE, 240V, 40A, Level 2, 240V, 25 ft Charging Cable, EV Charging Station

Though the ClipperCreek HCS-50 EVSE charging station is one of the more expensive ones on this list, it holds up to the price tag thanks to its power and ease of use, as well as its reliability. Some of the best features of this charging station include:

• Faster charging speeds - up to 7x faster than the standard vehicle cord-set

• 9.6 kW

• Safety-certified

• Compact size

• 25-feet of charging cable for ease of use almost anywhere

• Rugged and reliable, made for indoor or outdoor use

If you’re looking for a real workhorse in an EV charging station, look no further. This ClipperCreek model was made to withstand almost any type of environment or harsh conditions. Keep that in mind depending on where you live - if you reside in an area that gets dangerous weather or extreme temperatures, this is a station that will stay protected and allow you to charge your vehicle either indoors or outdoors. Plus, it comes with a 3-year warranty direct from ClipperCreek.

4. JuiceBox 40 Next Generation Smart Electric Vehicle (EV) Charging Station with WiFi

The JuiceBox 40 Next Generation Smart Electric Vehicle Charging Station deserves its spot on this list due to its power, which can give almost any vehicle a charge 7x faster than many competitors. Some of the other notable features include:

• WiFi connectivity with Amazon Alexa voice control

• 9.6 kW

• ENERGY STAR-certified

• Plug-in installation

• The ability to schedule your charging times

This is a best-selling home vehicle charger because it’s one of the smartest ones on the market. It’s a Level 2 charger that makes home charging all electric vehicles easy and convenient, no matter your level of expertise or knowledge when it comes to EVs.

5. Siemens US2 VersiCharge Universal (VC30GRYU)

The Siemens name has been in the auto industry for over 165 years, so it’s a brand everyone can trust and depend on. That definitely rings true when it comes to the Siemens US2 VersiCharge Universal. Some of the most notable features about this charger include:

• 20-foot cable

• 240V x 30A = 7.2kW

• Pause and delay buttons on the front panel for ease of use

• Universal connector

• Flexible wiring options

Perhaps the best part about this charger, aside from the power it provides, is how easy it is to use. You don’t have to have much familiarity with EV chargers in order to get this one up and running right away. Plus, thanks to the easy-to-read halo lights, you’ll have no problem knowing when your vehicle is fully charged.

Finding A level 2 EV Charger Installer

Once a Level 2 EV charger is installed, they’re quite easy to use. Thanks to advancements in technology, most chargers today can be controlled either from an app or through a very simple interface.

But, when it comes to the initial EV charger installation , it’s best to have a certified EV charger electrician complete the installation for you. Whether you’re installing your charger indoors or outdoors, an electrician can make sure it’s done correctly so you get the right amount of power to your vehicle, while still adhering to energy-efficient standards.

Check out our updated top level 2 EV charger blog

Ultimate Guide To Warehouse Lighting Upgrades

Wed, 06 Apr 2022 23:57:11 GMT

Ultimate Guide To Warehouse Lighting Upgrades

If you've been guilty of overlooking the importance of your Industrial warehouse, you are not alone. Nevertheless, widespread negligence cannot be an excuse for you to keep making this mistake. One of the simplest and most effective solutions is to have your warehouse lighting system assessed and upgraded as needed.

Warehouse lighting upgrades can take many forms while there are several logistical and legal issues that must be accounted for. It can leave you feeling a little confused, but our ultimate guide to warehouse lighting upgrades in California will soon provide the clarity you need.

Here's how your company can save money and become energy efficient....

Upgrading warehouse lighting: At a glance

When developing a new warehouse lighting strategy, the following checklist should be used;

• Finding the right type of light bulbs.

• Covering all necessary lighting sources, including ceiling lights, exit signs, and more.

• Selecting the right positioning to gain full visibility.

• Choosing the right color temperature for your lighting.

• Checking that there are enough fixtures.

There is no one-size-fits-all option, and you'll need to consider a range of elements such as ceiling heights, wall colors, natural lighting, and warehouse size. When you get it right, though, the new lighting setup can provide many years of service.

What are the benefits of warehouse lighting upgrades?

Before analyzing different lighting fixtures and setups, you must first acknowledge the incentives for making those upgrades. Aside from vindicating your decision, it'll provide guidance as you look to make calculated decisions.

The key benefits gained from warehouse lighting upgrades are as follows;

• Save money: LED lights and energy-efficient solutions utilize less electricity, which reduces ongoing energy consumption to ensure that all lighting upgrades pay for themselves in the long run. The positive ROI should be enough for all business owners to make the switch.

• Increase safety: good visibility is an essential attribute for health and safety, especially in busy warehouses where natural lighting is low and potential hazards are commonplace. Brighter lights are the perfect solution. Furthermore, LEDs are less prone to shattering, which also enhances the safety.

• Improve comfort: the white light produced by upgraded lighting is closer to natural light, causing less train on employee's eyes. Moreover, they produce less heat, making it easier to control the temperature inside a business setting that is prone to high heats due to the building type and use of machinery.

• Boost image: the eco-friendly upgrade is something that the business can promote to clients and employees alike. This creates a better brand image, which can translate to better business relations as well as increased productivity and conversion rates. It's an outcome all businesses require.

• Save time: upgraded lighting facilities are designed to last, thus reducing the need for maintenance. This removes stress and prevents unnecessary downtime. Given that time is money, it's imperative that you complete the right upgrades to ensure that the warehouse remains in perfect condition.

The list of immediate and long-term benefits are sure to boost your bottom line while also improving the atmosphere throughout your organization. Better yet, the lighting upgrades allow you to satisfy the latest requirements.

Meeting the California standards of warehouse and office lighting

When redesigning the lighting facilities within the warehouse setting, it's important that you meet the legal requirements as determined by the California Code of Regulations.

Title 24 is a particularly important set of regulations that are found in Section 6 of the legislation. It covers a range of issues such as plumbing and structural systems, but its rulings on electrical features are where warehouse lighting must pay greater attention.

Title 24 is automatically triggered whenever a permit is pulled and will be needed when converting at least 10% of the lighting fixtures in the warehouse setting, as it falls under the category of “luminaire alteration”.

Compliance with Title 24 covers a wide range of issues. As far as warehouses are concerned, the main issues include;

• Demand response: when your warehouse is bigger than 10,000 sq ft, it requires controls that can reduce the lighting load by at least 15% as needed.

• LPD requirements: lighting power density means that wattage allowances should be distributed to each location within the warehouse. The three methods used to achieve this are prescriptive, performance, or tailored.

• Manual requirements: the warehouse will require a manual on/off switch, as well as a manual dimmer switch to reduce lighting output.

• Occupancy switches: occupancy sensors detect when an area isn't in use and adjusts the lighting load accordingly. Meanwhile, some designated spaces may require switches that turn lights off after a set period of time. Restroom facilities are the most common solution.

How is Title 24 compliance achieved?

Understanding some of the key features of Title 24 is vital. However, business owners should familiarize themselves with the process too. Generally speaking, the following steps must be followed;

A lighting contractor meets with the business owner to discuss the project before completing an audit and plan for a code-compliant setup.

The plan is coordinated with an electrical engineer who will be responsible for the various compliance documents.

A plan reviewer checks the documents to confirm that it is a suitable and practical proposal that can be sent off for confirmation.

The final plans must be accepted by a third-party ATT contractor before the design and systems are put into place. Following the installation, the ATT inspector will return to sign off the project and confirm compliance with Title 24.

The warehouse lighting assessment

When meeting a warehouse lighting contractor , the warehouse lighting audit is an essential feature that allows you to unlock the full potential of the workspace while also considering compliance regulations and pinpointing areas of improvement.

The lighting assessment will cover every room and communal space within the warehouse, taking each of the following into account;

• Lighting types - LED, incandescent, fluorescent, etc.

• Ceiling heights.

• Color of floors and walls.

• Room dimensions.

• Occupancy sensor presence.

• Opening hours.

• Electricity cost.

• Number of employees and machines.

• And more.

All these features will help the lighting designer identify the best course of action before designing a full lighting plan proposal to be sent off for official examination.

Upgrading the California warehouse lighting in style

Completing a warehouse lighting assessment is vital for compliance, function, and safety. Nevertheless, business owners must also make decisions based on what works best for them. To upgrade the California warehouse lighting correctly, you must do the following:

Know the types of lighting

High bay lighting upgrades should be top of every warehouse owner's agenda. High bay lighting is the ideal solution for warehouses that have higher ceilings than other commercial settings. Measuring the distance of ceiling to floor as well as ceiling to work surface levels should allow you to determine the right lumen expectancy. Meanwhile, you must check the ceiling materials as not all roof lighting systems are suited to all ceiling styles.

High bays are available as rounded spotlights or linear beams. The latter is particularly useful for aisles, while the rounded ones can be positioned to increase visibility where it is needed most. The use of backup power makes them especially useful as they can remain on even when the main source of power is lost.

The high bay fixtures are particularly useful as they can be positioned at varying heights depending on the function.

Choosing the right bulbs

In addition to the right fixtures, the choice of bulbs has a telling impact on the output, visibility, and efficiency of the warehouse lighting. There are three types of bulbs commonly used in the industrial setting, which are;

Metal halides: they boast high-quality color rendering and do not require warming up. However, their functions are limited, due to no dimming, while the use of mercury makes them less eco-friendly than other solutions.

Fluorescent: they are cheaper and commonly used as beam tubes. While the running costs are higher due to lower efficiency, the lower initial outlay ensures that they remain a very popular choice, especially in aisles.

LED: they offer the best energy-efficiency ratings while they are dimmable and offer other telling features. Despite becoming the staple for commercial and industrial spaces, introducing them does require an initial outlay.

For most situations, LEDs are the best option. However, the warehouse lighting assessment can clarify the available options, along with the pros and cons of each.

Positioning

As well as the heights, you must ensure that all light fittings are positioned correctly to provide ample lighting coverage in the designated spaces. The warehouse floor plan can be very complex when you consider the different assignments that take place in the space, as well as the machinery used.

A comprehensive lighting plan should think about the heights, directions, and wattage levels of each light. This should extend to lights that notify employees of threats and hazards.

Upgrading Emergency and Exit signs in the warehouse

In addition to the high bay ceiling lights and other key lighting functions, warehouses in California must also satisfy the health and safety lighting. Emergency lighting and exit lighting are the two key areas to consider.

Meeting the standards set by regulatory bodies isn't merely a matter of compliance. A range of direct benefits will follow, including but not limited to;

• Keep employees at ease through clear protocols.

• Prevent minor damages escalating into emergencies.

• Save money by avoiding more expensive prevention tools.

• Maintain a positive atmosphere and high productivity.

• Provide yourself with peace of mind.

Exit sign standards

Emergency lighting and exit sign lighting must satisfy the standards as per the Occupational Safety and Health Administration (OSHA), National Fire Protection Association (NFPA), Joint Commission on Accreditation of Healthcare Organizations (JCAHO), International Building Code and International Fire Code organizations.

OSHA's Code of Federal Regulation (CFR) states that an exit route should offer a continuous and unobstructed path of exit, which cover three key areas;

Exit access: for example, a corridor leading to a fire-resistant stairwell.

Exit: an area separated from the rest of the warehouse building.

Exit discharge: the area that leads to the street or outside grounds.

Moreover, exit signs should have the word 'EXIT' clearly shown with letters of at least 6” in size. Exit signs must also be illuminated to at least 54 lux in an attention-grabbing color while signs must also be used to guide people towards the exit if there could be any ambiguity in relation to the direction of travel.

Emergency lighting standards

Emergency light fixtures are a requirement in all industrial settings, including the warehouses. They supplement the exit sign lighting. Emergency flood lights should be powered separately from ceiling lights. Either battery backup or a separate emergency circuit, so that they stay illuminated even when the primary power source is lost. It is critical when installing new emergency lights that you meet all code requirements.

Lights with adjustable heads aren't a legal requirement but can provide added flexibility, which makes a significant difference when an emergency arises.

Warehouse lighting aftercare and maintenance

Once the lighting upgrade has been completed to the necessary standards, the ongoing preventative maintenance needs should be minimal. After all, the warehouse will now have ample lighting and increased energy efficiency while using fixtures and bulbs that are designed to last.

Nonetheless, for the sake of health and safety compliance, it's important to complete an annual warehouse lighting assessment. The maintenance audit will cover the basics used in the pre-transformation inspection, with extra focus on the exit lights and emergency lighting. It should provide peace of mind to employees and business owners alike.

If you notice faults, including blown bulbs or a loss of power in designated areas, you must attend to those issues ASAP.

Does Your Warehouse Need a Lighting Assessment?

Well-lit work areas are one of the most important features of any warehouse, and you must not ignore the warehouse lighting in your Industrial any longer. After all, a lighting upgrade can satisfy legal requirements, increase productivity, and boost your bottom line while also protecting employees and the brand image.

To find out more about warehouse lighting audits and upgrades in California, get in touch today.

How To Upgrade Your Commercial Lighting To LED

Mon, 04 Oct 2021 02:04:20 GMT

Anyone that owns and operates commercial and industrial premises should put serious consideration into LED lighting upgrades. If you’re still on the fence about LED lighting, here are a few of the many reasons why LED lighting upgrades make sense

How To Test Your Commercial Lighting System

Sat, 10 Apr 2021 02:07:59 GMT

How To Test Your Business Lighting System

Knowing how to test your commercial lighting system can one day help you if ever needed. In this simple guide we will help explain simple ways to test your lighting system. lighting systems can help light up warehouses, make it easier for customers to browse, and also for emergency purposes such as exit signs and emergency signs. As such, it’s important to understand how you can test your commercial lighting system yourself to ensure that everything is working as expected.

How to test your lighting control panel?

One of the easiest ways to test your exterior commercial lighting system is to first locate the lighting timer or control panel. The owner of the building should know where this is, or it should be in a location that contains other utility functions. If you’re unable to find this, you may need to contact the owner of the building or look at any plans of the commercial space you’re in.

Once located, you’ll typically find a photocell that is designed to alter the flow of electricity based on the amount of light it senses. By covering this photocell with a piece of tape or something that can block light, it enables the photocell which sends voltage to the lighting fixture. These are usually located at the light fixture or somewhere on the roof of the building. If there is no change, then it’s possible that the photocell has been damaged and needs to be replaced. You may need to replace the entire lighting fixture depending on your circumstances.

If you’re unsure how to carry this out, we suggest contacting a professional commercial electrician to find your lighting control panel or lighting timer and also test your commercial lighting system.

How to test your Emergency Lighting system?

Next, you’ll want to learn how to test your exit signs and other emergency lighting systems.

Most emergency lighting and exit signs will contain a small battery. The light is connected to the building’s electrical supply which provides it with a small but constant charge. This enables the exit sign or emergency lighting to turn on even in the event that the building’s power goes out. In most cases, these lights are designed to work for just 30 minutes on battery power.

Emergency lights and exit lights typically have a small “push to test” button on the casing. This enables you to test the light bulbs and the battery. You usually hold the button for around 30 seconds to initiate the test. This will work fine if you have devices that are within reach, but it’s difficult to test signs that are difficult to reach.

Examine the lights as you enter test mode. They should be at full brightness for the full 30 seconds. However, if it starts to flicker or dim, then there’s a chance that the bulb is dying or the battery isn’t working correctly. For exit signs, it’s important to check that the full sign is visible and lighted properly.

Alternatively, if you’re unable to reach certain emergency lights or want to test the entire system, then you can locate your circuit breaker or fuse and shut power to the lights. This should enable the emergency lights and exit signs. Make sure you observe all of the emergency lights and exit lights in the building. They should run for at least 30 minutes. This is a test that must be performed every year as part of a safety check.

Make sure everyone else in the building is aware if you’re performing this check, and ensure that electronic devices such as computers are turned off so that no data loss occurs.

In some cases, an emergency generator might be responsible for powering your emergency lighting and exit signs. In this case, you may need to contact a professional electrician to help test your emergency lighting and verify if there are any issues with your lighting fixtures. This can be time-consuming and difficult to perform on your own, hence why we suggest seeking professional assistance.

A commercial lighting system can be a lot of work to test, especially if your premises is large and contains many different lighting fixtures at various heights that are inaccessible without the right safety equipment. As such, we suggest a professional lighting audit to help you test your emergency lighting system and this will determine weather you would need various lightning upgrades for your business.

Preventative Maintenance For The Commercial Business

Fri, 19 Feb 2021 05:41:06 GMT

Preventative Maintenance For The Commercial Business

Commercial and industrial premises usually have complex electrical power and lighting systems. As a business leader, it makes sense to have preventative maintenance conducted on your electrical and lighting systems.

Electrical panel inspections, electrical safety, and lighting surveys ensure that your premises are safe and fully operational. In turn, that also means no interruption to the daily running of your business, and subsequently, no adverse impact on your company's revenue.

Electrical Panel Inspections

When you run a thriving commercial business, you’ll likely not pay much thought to preventative maintenance for your premises. It won’t be high up on your list of priorities, as you’ll undoubtedly be concentrating on the day-to-day running of your company.

The thing is, your premises are an essential asset to your business. Without it, you cannot easily continue the daily functions required by your firm. Plus, as an employer, you have a legal duty to ensure your employees' safety at your commercial premises.

With all that in mind, why is it so important to have an electrical panel inspection conducted at your premises?

Safety

As you can imagine, electrical panels play an important and crucial role in any commercial building. Their job is to deliver and regulate electricity to various machines and equipment safely, efficiently, and in a controlled way.

When you have a regular electrical panel inspection carried out, you can significantly reduce the risk of electrical injuries or fatalities occurring at your premises.

Efficiency

As your business grows, so too will your workplace demands. Manufacturers and companies that assemble goods will need additional equipment to cope with increased demand. Extended offices will require extra wiring to new sockets and additional lighting.

An electrical panel inspection is an excellent way to determine whether you need a commercial panel upgrade to cope with extra demand. Plus, it ensures electricity gets distributed more efficiently and avoids voltage drops or spikes due to additional demand.

Commercial Lighting Surveys

Electrical panels aren’t the only things in your workplace that should get periodically inspected. Another essential task that should be part of your workspace preventative maintenance plan is a commercial lighting survey.

All commercial buildings, such as offices, workshops, and industrial units, have numerous lighting requirements. When you run a business, it goes without saying that your staff needs to see what they're doing when conducting their work each day.

Some people may assume that a commercial lighting survey checks whether all lights are functioning as expected. However, there's more to such surveys than checking and replacing light bulbs:

Lighting Coverage

Any business needs to provide the right lighting for its employees to carry out their duties. If you have warehouse lighting that is dimly-lit, for example, your staff will find it hard to perform their work. And that could result in lower productivity and revenue for your firm.

Commercial lighting surveys will help you determine where you need to upgrade the lights at your premises.

Safety

Having the right commercial lighting is very important from a safety perspective. Inadequate lighting could be potentially dangerous. It might result in employee complaints or even legal action taken against your company due to insufficient safety levels.

Another example of potential safety issues involves exterior lighting. Staff, visitors, and delivery trucks might find it hard to navigate the exterior of your premises at night or during other low-light conditions.

When you have a commercial lighting survey carried out, you’ll have the opportunity to correct any safety-related problems.

Lighting Costs

Some commercial premises, such as old factories and warehouses, may have inefficient lighting systems. You could find that your electricity costs are sky-high due to your premises having outdated lighting.

A commercial lighting system can flag up such issues and give you options to upgrade your lights to energy-efficient ones. For example, LED lighting can provide whiter, crisper lighting at a fraction of the cost of incandescent bulbs.

Electrical Safety Inspections

A report by the National Fire Protection Association (NFPA) shows that 8% of all workplace fatalities between 2011 and 2016 got caused by electricity exposure. Another report from the NFPA shows 24,100 people had non-fatal electrical injuries at work between (562)548-2788.

As you can imagine, the last thing you want to happen at your workplace is employees injuring themselves (or worse) while they're working. The consequences of such events could have a far-reaching impact on the reputation and continuity of your business.

Preventative maintenance makes absolute sense for businesses, so regular electrical safety inspections should be a part of your maintenance schedule. Aside from ensuring the safety of your team, the following are more reasons to opt for regular electrical inspections:

Legal Obligations

As an employer, you are legally obligated to provide a safe working environment for your employees. If your workers get seriously or fatally injured due to negligent safety, the consequences can include:

Facing a lawsuit and compensation claim from the victims or their families
A class-action lawsuit from other employees
A negative business reputation that could potentially force your business to shut down

Electrical Efficiency

Over time, electrical wiring can degrade due to wear or environmental factors. When that happens, you could find your electrical equipment fails more often than expected due to supply inefficiency.

When you have an electrical safety inspection carried out at your premises, you’ll find out if you’ve got electrical efficiency problems. You’ve then got the opportunity to take corrective action, such as having an electrical panel upgrade or new wiring installed.

Future-Proofing

Last but not least, electrical safety inspections will also help your business plan for the future. If you expand your business, for example, you can upgrade your wiring and be ready for any future expansion plans.

To find out more about how Suncoast Energy can help with your commercial electrical services needs, contact our friendly team today to discuss your requirements.

How to Replace a Circuit Breaker

Thu, 03 Sep 2020 18:38:37 GMT

How To Replace A Circuit Breaker

Most people don’t pay much attention to their in-home circuit breakers unless there is a problem. That’s not a bad thing. After all, a circuit breaker should usually last up to 40 years. Unfortunately, however, you may need to replace your circuit breaker in your lifetime, especially if you moved into a home and you aren’t sure how old the breaker is. With this simple guide we go through the steps to replace your circuit breaker, we still recommend contacting a qualified electrician for your to repair or replace your circuit breaker .

Keep in mind that there is a big difference between a circuit breaker that can be repaired and one that needs to be replaced.

The most common cause for a circuit breaker to trip is a circuit overload. This occurs when you want a particular circuit to put out more electricity than it’s capable of.

Another common issue is a short circuit, which can actually be quite dangerous. It occurs when a hot wire touches a neutral wire, which can create an excessive amount of heat. As a result, the breaker trips to keep a fire from starting.

Many times, circuit breakers can be replaced by contacting an electrician. Unfortunately, that isn’t always the case. There are some instances in which a circuit breaker should be replaced for your safety.

When Should A Circuit Breaker Be Replaced?

It’s important to know some of the telltale signs that your circuit breaker needs replacing. If you wait too long to replace a faulty breaker, you could be without electricity, or you may even be putting yourself and your family in danger of an electrical fire.

Some of the common signs that your breaker needs to be replaced include:

1. A burning smell. If you start to smell something burning anywhere near the electrical panel, there is a good chance some of the wires have overheated. This can be incredibly dangerous and puts you at risk of a fire. If this does happen, cut off the electricity immediately. You should consider this an emergency situation in which you should call an electrician as soon as possible.

2. Sometimes, breakers will trip. We already touched on that and some of the reasons why. But, if you find your breaker tripping frequently and it’s becoming annoying, it could be a sign of something more serious going on. It could simply be worn out and might fail on you at any moment. If your breaker won’t stay resent for any length of time, that’s also a good sign it’s wearing out on you and needs replacing.

3. If you see any visual damage around your circuit breaker, it’s time for a replacement. That’s especially true if you see any signs of burning or melting around the electrical panel. Again, this could put you at risk of a fire, so shut off the electric supply right away if you notice any of these signs.

4. Old age is a common reason to replace circuit breakers. Sometimes, you can tell if a breaker is old just by looking at it. But, if you’re unsure whether a breaker has ever been replaced in your house, it’s a good idea to invest in a new one. When you move into an older home with an old circuit breaker, you simply never know what you’re getting into. Again, the average lifespan of a circuit breaker is anywhere from 30-40 years. If you feel like yours is reaching that limit, give yourself peace of mind by getting it replaced.

Replacing A Breaker Yourself

It’s always best to call a local, certified electrician if you’re considering replacing a circuit breaker. But, if you want to try to do it yourself, there are a few things to keep in mind for your safety.

First, identify the brand and type of breaker you’ll need. It’s never a good idea to use a different breaker manufacturer when you’re replacing a model. Once you know which breaker to use, the following steps are essential for your safety:

1. Turn off the main power to your home.

2. Remove the cover plate of the breaker.

3. Turn off the breaker itself - making sure the switch is in the “OFF” position.

4. Remove the old circuit breaker and disconnect all of the wires.

5. Attach those wires to the new breaker.

6. Insert the new breaker and turn the power back on.

When To Call An Electrician

While it might seem like a simple process, you truly have to know what you’re doing when working with electricity and wiring. While we recommend always calling an electrician for circuit your circuit breaker replacement, we understand wanting to do it yourself. But, if you aren’t completely confident in your skills, don’t put your safety at risk. If one thing goes wrong during your installation, it could cause a fatal shock or put your home at risk of a fire.

Not only will a certified electrician ensure that your breaker is replaced safely, but they will make sure everything is up to code to keep you and your family safe. Again, that can offer you peace of mind.

There are also plenty of benefits to installing a new breaker, including the convenience factor. If your current breaker seems to trip a lot or needs to frequently be reset, you’ll love having a new one installed that works every time with all of the appliances and devices you have on in the home. A new breaker will also help to maintain the value of your home if you ever choose to sell.

There is absolutely no wrong reason to call an electrician to install a new circuit breaker for you. But, if you’re experiencing any of the warning signs listed earlier in this article, don’t leave anything to chance. You could get hurt, or end up causing damage to your home. When you choose to contact a certified electrician instead, you’ll know everything is being done correctly, and you can rest easily for the next 35-40 years with a breaker that does exactly what it’s supposed to do.

How to upgrade your electrical panel to 200 amps

Thu, 03 Sep 2020 18:29:24 GMT

How To Upgrade Your Electrical Panel To 200 Amps

As a homeowner, you cannot afford to overlook the importance of your electrical panel for a second. Also known as a panel board or breaker panel, the fuse box is the primary electricity supply system that is used to regulate energy received from the power grid before distributing it to the various circuits within the home.

While many attributes contribute to the overall performance electrical panel, ensuring that enough power is delivered to each household appliance should be at the top of your agenda. Here's how you can upgrade your property's electrical panel from 100 amps to 200 amps in style.

Why upgrade your electrical service panel?

Before committing to any home upgrade, it's important to vindicate your decision ahead of starting the proposed project. The idea of upgrading the electrical panel from its standard 100 amps to 200 amps shouldn't be any different.

The reasons for wanting to complete this type of upgrade are ultimately attributed to the fact that households now use more energy than ever. Whether you've had an extension since the electrical panel was installed or you simply use more gadgets and appliances than you did 10 years ago, the upgrade will deliver a range of rewards, including;

Increased safety

Electrical circuits should not run at over 80% capacity, or else they will eventually become a major hazard. Given that the lighting and HVAC systems could use 40 amps alone, a 100 amps system is at half of the 80% mark before you've even turned on a TV or washing machine.

For a modern busy household, 100 amps simply won't suffice. Upgrading the electrical panel to 200 amps reduces the likelihood of breaker trips and prevents the threat of electrical fires by delivering all electricity from the main panel board to the secondary circuits.

Flexibility

Upgrading to 200 amps delivers full versatility in the way you handle your electrical demands. The improved electrical panel can utilize a greater number of individual secondary circuits. The individual circuits have their own capacity limits in place. Even when using lots of power, you can divide it across multiple circuits.

On a separate note, the extra load capacity potential will prepare your home for any expansions of upgrades. Whether it's installing a new pool, an attic conversion, or addition of a garage, preparing for the increased requirements is key.

Upgrading the electrical panel: the basics

Upgrading the electrical panel isn't simply about completing add-ons or changing a single part. It is a process that involves removing the 100 amps unit and installing a new 200 amps panel board. The entire procedure will include the following steps;

Cutting off the power supply courtesy of the utility company.
Preparing the electrical board for removal by getting rid of all wires.
Removing the 100 amps panel and disposing of it safely and responsibly.
Adding the new 200 amps panel to the wall, or wherever it is housed.
Reattaching the existing healthy wiring.
Adding new circuits for appliances and secondary circuits.
Grounding the fuse box with a copper electrode.
Inspection of the job, by an expert building inspector.
Switching the power supply back on via the utility firm.
Final checks to confirm you're OK to use the home again.

So, even if you plan to complete this job yourself, you will actually need help from the utility as well as a building inspector. You should also be aware that it may be necessary to upgrade the cables that run from the power grid to your home's electrical panel – although you won't always be liable for this.

The 200 amps service panel will cost around $2,000 ($1,800 at the low end, $2,500 at the high end) while a 16-space panel costs around $40 and a 48-space panel costs $390.

Upgrading the electrical panel: the process

It is possible to complete the upgrade yourself, especially if you are a skilled person. Before upgrading the electrical panel, though, you'll need to contact both the utility company and the inspector as you cannot complete the assignment without them. However, you must also familiarize yourself with the various steps that will be required to successfully make the upgrade.

After confirming that the power has been cut, you can use the following 12-step plan to achieve the desired results:

#1. Sever the wires from inside the 100 amps electrical panel with the use of diagonal-cutting pliers.

#2. Unscrew the electrical panel and remove it from the wall.

#3. Add a new 3/4”-thick plywood panel to the wall, ready for mounting the 200 amps panel board.

#4. Add the SE cable to the electrical panel (through the top) and screw it to the panel.

#5. Confirm that the panel is level using a torpedo level.

#6. Reconnect all electrical wires within the electrical panel.

#7. Ensure that house circuits are connected to the panel via the cable connector

#8. Connect all bare-copper ground wire and white-insulated wires to the ground and neutral bar.

#9. Insert the new circuit breakers into the bus bar.

#10. Run the ground wire from the copper water main to the electrical panel.

#11. Label all breakers, stating which house circuit they each control.

#12. Ask the utility company to reconnect the power after gaining the inspector's confirmation.

Even if you are a skilled person, the process can take several hours as you need to ensure every step is completed to perfection.

Sound too hard?

While upgrading the electrical panel is a hugely rewarding home upgrade, novices should steer clear of the DIY approach. This is a very difficult assignment, even when you have the steps outlined above. Furthermore, one wrong move could cause major damage to the property and may simultaneously put you in serious danger.

If you have any doubts about your capabilities, calling an experienced electrician is the answer. For around $2500, they can complete the process in around 8 - 10 hours, which includes disposing of the old unit and testing the new breakers. Moreover, using a licensed electrician also ensures that you won't invalidate your home insurance.

Whichever route you take, upgrading your electrical panel from 100 amps to 200 amps delivers a wide range of benefits for the modern household. Now is the time to make it happen.

Interior Office Lighting Design

Thu, 03 Sep 2020 00:38:30 GMT

Interior office lighting design

Far too often in an office setting, lights aren’t used properly. It’s easy for anyone from a contractor to a business owner to assume that bright lights are the best when it comes to creating a vibrant workspace for both customers/clients and employees. But, that isn’t always the case.

The reality is, there are more psychological aspects to lighting than most people realize. Different types of lighting can affect your mood and the way you learn. The wrong lighting can “dim” those effects, while the right lighting can give them a boost.

When it comes to the interior lighting of an office, understanding that psychology is important. Your commercial lighting system can have an impact on how productive your employees are and how your clients might feel when they step into your commercial space.

With that in mind, let’s look at a few things you should know about interior office lighting design, and how to optimize it for your business.

Understanding ‘Bad’ Office Lighting

It’s important to understand that bad lighting doesn’t necessarily mean less lighting. According to the U.S. General Services Administration, there are actually certain standards offices must provide when it comes to adequate lighting. The current requirement is 500 lumens per square meter. That typically means a standard office cubicle needs the power of a 35-watt bulb.

But, the more you understand about “bad” lighting in the office, the more you can create a lighting design that works best for your employees. Bad lighting often includes lights that are too bright or on the wrong spectrum. You can learn more about bad lighting by watching the video below.

Bad lighting in the office can cause a variety of different health issues when it comes to your employees. It can affect the following:

Sleep
Mood
Productivity
Eye strain

Poor lighting can also impact the work of your employees, causing more potential errors. So, what can you do to create a lighting design that gets rid of some of these effects and instead promotes productivity and health?

Natural Lighting and Open Workstations

Natural light is always one of the best options for workspaces. It can improve people’s moods and make them feel more productive. But, that isn’t always an option for every office, depending on your location.

If your office space doesn’t have a lot of windows or skylights, mimicking the effects of natural lighting is possible. If you’re trying to get the same health benefits as you would from natural lighting, choose daylight colors for your office. Color temperature is measured in Kelvin (K), and daylight temperatures typically range from 5000K-6500K.

Cool white colors are the next best thing, but try to avoid warm lighting. While you might think it would provide a sense of comfort and ambience to your office, it could be creating the opposite effect. Warm lighting also tends to feel very artificial. So, it’s harder to reap the same benefits as your employees would from natural lighting.

Another option is to open up your workspace. This involves creating an open-plan area instead of having each employee work in an enclosed cubicle. Having a more open plan allows for more ambient, natural lighting between each worker, while areas like hallways and separate offices are kept dimmer. This encourages your employees to stay in the more naturally-lit areas to talk, have meetings, etc. That can help to boost productivity and spark creativity.

Choosing the Right Lights for Your Office

Chances are, you’re not going to be able to completely rely on natural lighting all the time. So, choosing the right interior lighting design can make a big difference. Now that you know more about the importance of color temperature, which styles should you implement into your office space?

Here are some tips to keep in mind:

Choose the same color temperature throughout the entire office when it comes to overhead lighting. Even a few ‘warmer’ bulbs can impact the atmosphere of your office space.
Supplement your overhead bulbs with task lighting for each desk. But, make sure those bulbs have a low glare that won’t negatively impact your employees’ eyes.
The color of your office can also have an impact on the way the lighting looks. Choose neutral colors for your office walls to help reduce glare and reflection.
Make sure you’re using the right size when you’re picking out bulbs. Lightbulbs are not a “one size fits all” solution. Thankfully, distinguishing which type of bulbs you should get is as simple as considering the size of your office. If you have a smaller space, choose smaller bulbs, and vice versa.

Keeping Energy Efficiency In Mind

In addition to keeping the overall look and feel of your office lighting in mind, it’s important to be environmentally conscious. Some state laws are actually requiring offices to hold themselves accountable for energy efficiency, as shown in California’s Title 24 code.

Thankfully, there are plenty of choices to help you save energy on lighting within your office space.

The most popular energy-efficient lightbulbs are LEDs and CFLs. Both are easy to find and install, and will not only save on your energy waste, but they can save you money on your utility bills, as well.

Additionally, utilizing things like photocells or timers can help you to save energy by turning off the lights when they’re not in use.

As you can see, there is a lot to consider when it comes to interior office lighting design. If you’ve never considered how the lighting in your office could be impacting your clients, your employees, or even the planet, now is the perfect time to take notice and make positive changes as needed. Keep some of these office lighting design tips and tricks in mind to encourage health and productivity within your company. You might be surprised at how much the lighting you choose makes a difference in everyday operations.